data$quarter_h2[data$quarter == 4] = 1
data$year_h2    = data$year
data$year_h2[data$quarter == 4] = data$year[data$quarter == 4]+1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, y_realz_qoq,ly_qoq,lynow_qoq))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$y_realz_qoq-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$fl         = 1/2*(data$ly_qoq+data$lynow_qoq)
data$qdate      = data$year + data$quarter/4-0.25
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = data[data$year>=1970,]
data            = subset(data, select = c(year,quarter,qdate,f1,f2,y_realz_qoq,fc_err,fc_rev,fl))
save(data,file="us_spf_rgdp_qoq_avr.rda")
clear()
# Process RAW SPF DATA
rm(list=ls())
(WD <- getwd())
if (!is.null(WD)) setwd(WD)
library(haven)
library(AER)
library(sandwich)
library(lmtest)
library(pracma)
library(stargazer)
library(plm)
library(pracma)
library(DataCombine)
library(jtools)
library(plyr)
library(readxl)
##### SPF GDP DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "RGDP")
data$f1      = as.numeric(data$RGDP1)
data$f2      = as.numeric(data$RGDP2)
data$f5      = as.numeric(data$RGDP5)
data$f6      = as.numeric(data$RGDP6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*(data$f5/data$f1-1)
data$f2_yoy = 100*(data$f6/data$f2-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, y_realz,ly,lynow))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$y_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,y_realz,fc_err,fc_rev))
save(data,file="us_spf_rgdp_avr.rda")
clear()
##### SPF PGDP DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "PGDP")
data$f1      = as.numeric(data$PGDP1)
data$f2      = as.numeric(data$PGDP2)
data$f5      = as.numeric(data$PGDP5)
data$f6      = as.numeric(data$PGDP6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*(data$f5/data$f1-1)
data$f2_yoy = 100*(data$f6/data$f2-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, p_realz,lp))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$p_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,p_realz,fc_err,fc_rev))
save(data,file="us_spf_pgdp_avr.rda")
clear()
##### SPF CPI DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "CPI")
data$f1      = as.numeric(data$CPI1)
data$f2      = as.numeric(data$CPI2)
data$f3      = as.numeric(data$CPI3)
data$f4      = as.numeric(data$CPI4)
data$f5      = as.numeric(data$CPI5)
data$f6      = as.numeric(data$CPI6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*((1+data$f2/400)*(1+data$f3/400)*(1+data$f4/400)*(1+data$f5/400)-1)
data$f2_yoy = 100*((1+data$f3/400)*(1+data$f4/400)*(1+data$f5/400)*(1+data$f6/400)-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2)
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, pi_realz,flpi) )
data_clean      = merge(data_clean, data_gdp)
data            = data_clean
data$fc_err     = data$pi_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1980,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,pi_realz,fc_err,fc_rev))
save(data,file="us_spf_cpi_avr.rda")
clear()
indata0      = paste0(WD,"/_data/_individual_data/_spfrawdata/","", collapse = NULL)
(WD <- getwd())
if (!is.null(WD)) setwd(WD)
indata0      = paste0(WD,"/_data/_individual_data/_spfrawdata/","", collapse = NULL)
indata0
load("/Users/akohl/Dropbox/7 Rational Inattention/_resubmission/_code/_data/_average_data/_spfrawdata/_data/_individual_data/_spfrawdata/")
# Process RAW SPF DATA
rm(list=ls())
(WD <- getwd())
if (!is.null(WD)) setwd(WD)
library(haven)
library(AER)
library(sandwich)
library(lmtest)
library(pracma)
library(stargazer)
library(plm)
library(pracma)
library(DataCombine)
library(jtools)
library(plyr)
library(readxl)
##### SPF GDP DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "RGDP")
data$f1      = as.numeric(data$RGDP1)
data$f2      = as.numeric(data$RGDP2)
data$f5      = as.numeric(data$RGDP5)
data$f6      = as.numeric(data$RGDP6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*(data$f5/data$f1-1)
data$f2_yoy = 100*(data$f6/data$f2-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, y_realz,ly,lynow))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$y_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,y_realz,fc_err,fc_rev))
save(data,file="us_spf_rgdp_avr.rda")
clear()
##### SPF PGDP DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "PGDP")
data$f1      = as.numeric(data$PGDP1)
data$f2      = as.numeric(data$PGDP2)
data$f5      = as.numeric(data$PGDP5)
data$f6      = as.numeric(data$PGDP6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*(data$f5/data$f1-1)
data$f2_yoy = 100*(data$f6/data$f2-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, p_realz,lp))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$p_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,p_realz,fc_err,fc_rev))
save(data,file="us_spf_pgdp_avr.rda")
clear()
##### SPF CPI DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "CPI")
data$f1      = as.numeric(data$CPI1)
data$f2      = as.numeric(data$CPI2)
data$f3      = as.numeric(data$CPI3)
data$f4      = as.numeric(data$CPI4)
data$f5      = as.numeric(data$CPI5)
data$f6      = as.numeric(data$CPI6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*((1+data$f2/400)*(1+data$f3/400)*(1+data$f4/400)*(1+data$f5/400)-1)
data$f2_yoy = 100*((1+data$f3/400)*(1+data$f4/400)*(1+data$f5/400)*(1+data$f6/400)-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2)
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, pi_realz,flpi) )
data_clean      = merge(data_clean, data_gdp)
data            = data_clean
data$fc_err     = data$pi_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1980,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,pi_realz,fc_err,fc_rev))
save(data,file="us_spf_cpi_avr.rda")
clear()
##### SPF PGDP H2 DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "PGDP")
data$f1      = as.numeric(data$PGDP1)
data$f2      = as.numeric(data$PGDP2)
data$f3      = as.numeric(data$PGDP3)
data$f4      = as.numeric(data$PGDP4)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 200*(data$f3/data$f1-1)
data$f2_yoy = 200*(data$f4/data$f2-1)
data$quarter_h1 = data$quarter + 1
data$quarter_h1[data$quarter == 4] = 1
data$year_h1 = data$year
data$year_h1[data$quarter == 4] = data$year[data$quarter == 4] + 1
data$quarter_h2 = data$quarter + 2
data$quarter_h2[data$quarter == 3] = 1
data$quarter_h2[data$quarter == 4] = 2
data$year_h2    = data$year
data$year_h2[data$quarter == 3] = data$year[data$quarter == 3] + 1
data$year_h2[data$quarter == 4] = data$year[data$quarter == 4] + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, p_realz,lp))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$p_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,p_realz,fc_err,fc_rev))
save(data,file="us_spf_pgdp_avr_h2.rda")
clear()
# Process RAW SPF DATA
rm(list=ls())
(WD <- getwd())
if (!is.null(WD)) setwd(WD)
library(haven)
library(AER)
library(sandwich)
library(lmtest)
library(pracma)
library(stargazer)
library(plm)
library(pracma)
library(DataCombine)
library(jtools)
library(plyr)
library(readxl)
##### SPF GDP DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "RGDP")
data$f1      = as.numeric(data$RGDP1)
data$f2      = as.numeric(data$RGDP2)
data$f5      = as.numeric(data$RGDP5)
data$f6      = as.numeric(data$RGDP6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*(data$f5/data$f1-1)
data$f2_yoy = 100*(data$f6/data$f2-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, y_realz,ly,lynow))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$y_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,y_realz,fc_err,fc_rev))
save(data,file="us_spf_rgdp_avr.rda")
clear()
##### SPF PGDP DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "PGDP")
data$f1      = as.numeric(data$PGDP1)
data$f2      = as.numeric(data$PGDP2)
data$f5      = as.numeric(data$PGDP5)
data$f6      = as.numeric(data$PGDP6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*(data$f5/data$f1-1)
data$f2_yoy = 100*(data$f6/data$f2-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, p_realz,lp))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$p_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,p_realz,fc_err,fc_rev))
save(data,file="us_spf_pgdp_avr.rda")
clear()
##### SPF CPI DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "CPI")
data$f1      = as.numeric(data$CPI1)
data$f2      = as.numeric(data$CPI2)
data$f3      = as.numeric(data$CPI3)
data$f4      = as.numeric(data$CPI4)
data$f5      = as.numeric(data$CPI5)
data$f6      = as.numeric(data$CPI6)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 100*((1+data$f2/400)*(1+data$f3/400)*(1+data$f4/400)*(1+data$f5/400)-1)
data$f2_yoy = 100*((1+data$f3/400)*(1+data$f4/400)*(1+data$f5/400)*(1+data$f6/400)-1)
data$quarter_h1 = data$quarter -1
data$quarter_h1[data$quarter == 1] = 4
data$year_h1 = data$year + 1
data$year_h1[data$quarter == 1] = data$year[data$quarter == 1]
data$quarter_h2 = data$quarter
data$year_h2    = data$year + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2)
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, pi_realz,flpi) )
data_clean      = merge(data_clean, data_gdp)
data            = data_clean
data$fc_err     = data$pi_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1980,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,pi_realz,fc_err,fc_rev))
save(data,file="us_spf_cpi_avr.rda")
clear()
##### SPF PGDP H2 DATA #############
data    = read_excel("SPFmacrodata.xlsx", sheet = "PGDP")
data$f1      = as.numeric(data$PGDP1)
data$f2      = as.numeric(data$PGDP2)
data$f3      = as.numeric(data$PGDP3)
data$f4      = as.numeric(data$PGDP4)
data$quarter = as.numeric(data$QUARTER)
data$year    = as.numeric(data$YEAR)
data$f1_yoy = 200*(data$f3/data$f1-1)
data$f2_yoy = 200*(data$f4/data$f2-1)
data$quarter_h1 = data$quarter + 1
data$quarter_h1[data$quarter == 4] = 1
data$year_h1 = data$year
data$year_h1[data$quarter == 4] = data$year[data$quarter == 4] + 1
data$quarter_h2 = data$quarter + 2
data$quarter_h2[data$quarter == 3] = 1
data$quarter_h2[data$quarter == 4] = 2
data$year_h2    = data$year
data$year_h2[data$quarter == 3] = data$year[data$quarter == 3] + 1
data$year_h2[data$quarter == 4] = data$year[data$quarter == 4] + 1
data_f1          = subset(data, select = c(year_h1,quarter_h1,f1_yoy) )
data_f1$year     = data_f1$year_h1
data_f1$quarter  = data_f1$quarter_h1
data_f1          = subset(data_f1, select = c(year,quarter,f1_yoy) )
data_f2          = subset(data, select = c(year_h2,quarter_h2,f2_yoy) )
data_f2$year     = data_f2$year_h2
data_f2$quarter  = data_f2$quarter_h2
data_f2          = subset(data_f2, select = c(year,quarter,f2_yoy) )
data_clean       = merge(data_f1, data_f2, all = "TRUE")
data_gdp        = read_excel("data_realizations.xlsx")
data_gdp        = subset(data_gdp, select = c(year,quarter, p_realz,lp))
data_clean      = merge(data_clean, data_gdp, all = "TRUE")
data            = data_clean
data$fc_err     = data$p_realz-data$f1_yoy
data$fc_rev     = data$f1_yoy-data$f2_yoy
data$qdate      = data$year + data$quarter/4-0.25
data            = data[data$year>=1970,]
data$f1         = data$f1_yoy
data$f2         = data$f2_yoy
data            = subset(data, select = c(year,quarter,qdate,f1,f2,p_realz,fc_err,fc_rev))
save(data,file="us_spf_pgdp_avr_h2.rda")
clear()
